Nodal Weyl algebroids, residue measures, and positive branch-excess stress in quantum-potential geometry

This theoretical preprint proposes an excess interbranch nodal conformal-stress functional derived from the Bohm quantum potential viewed as an amplitude-induced Weyl scale-curvature. The construction distinguishes ordinary Penrose–Diósi mass-density self-energy from an interference-node contribution sensitive to branch visibility, nodal geometry, and conformal locking. The manuscript includes a broken-conformal effective-action benchmark and a Weyl-scale algebroid formulation of nodal obstruction.